Wide-band resistorless all-pass sections with single element tuning
P Kumar, AU Keskin, K Pal - International Journal of Electronics, 2007 - Taylor & Francis
P Kumar, AU Keskin, K Pal
International Journal of Electronics, 2007•Taylor & FrancisThis paper presents three first order resistorless all-pass filters using combinations of current
controlled current conveyors (CCCII) and a unity gain buffer. All circuits feature single
element tuning, low sensitivities, and low output impedances, therefore they are suitable for
cascading. Circuit simulation results are found in good agreement with theoretical analysis.
controlled current conveyors (CCCII) and a unity gain buffer. All circuits feature single
element tuning, low sensitivities, and low output impedances, therefore they are suitable for
cascading. Circuit simulation results are found in good agreement with theoretical analysis.
This paper presents three first order resistorless all-pass filters using combinations of current controlled current conveyors (CCCII) and a unity gain buffer. All circuits feature single element tuning, low sensitivities, and low output impedances, therefore they are suitable for cascading. Circuit simulation results are found in good agreement with theoretical analysis.
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